Scheduling Function; Projection Distance - Panasonic PT-RW330U Brochure

Operation Friendly
Image Appears Immediately—No Need for
Cooling after Use
Images do not appear quickly with lamp-based
projectors because the projector requires time to
warm up. With the PT-RZ370/RW330, the image
appears almost instantly. There's also no cooling
time required when turning the power off, so
you can quickly turn the projector on and off as
many times as needed.
24/7 Operation
Ordinary lamps are not well suited to continuous
operation. Because the PT-RZ370/RW330 does
not use a lamp, has efficient cooling system and
uses DLP chip that has a long life, they are
™
capable of 24/7 operation.

Scheduling Function

Scheduled operation is possible using the built-
in timer function, without having to use a PC
and software.
Ec ol o g y-C ons c ious Desi gn
Lamp-free (no mercury)
Low heat dissipation
RoHS Directive compliant
No halogenated flame retardants are used in the cabinet.
Non-coated cabinet for easy recycling.
Lead-free glass is used for the lens.
Light source mode is selectable to reduce power consumption.
"ECO" button on the remote control for easy setting up of Eco Management
functions.
Standby power consumption of only 0.5 W has been achieved. (
)
ECO
An Auto Off Timer switches the projector to standby mode when no input
signal is received for a preset time.
Options
ET-PKR100H
Ceiling mount bracket
for high ceilings
ET-YFB100G
Digital interface box
* 11 Still images that can be uploaded are limited to 1024 × 768 pixel bitmap files. Also,
the application will reduce the number of colors to 191.
Effective Theft Prevention with the
Startup Logo
You can change the default Panasonic start up
logo to any logo you want. A new logo can be
easily uploaded by connecting a computer to the
PT-RZ370/RW330 through the LAN or serial
connection by using the Logo Transfer Soft-
ware. * 11 An abundance of other security mea-
sures are also includ-
ed, such as a security
bar, Key lock, and
Security Password. This
is very effective for
preventing theft.
15 m (49 ft) Long-Range
Wireless Remote Control
A unique ID number can be assigned
to each projector using the supplied
wireless remote control unit. This
allows operation of a desired projec-
tor when multiple units are set up at
the same location. Three frequently
STANDBY MODE
ET-PKR100S
Ceiling mount bracket
for low ceilings
Brackets included for various installation needs,
including server rack (EIA standards) mounting.

Projection Distance

PT-RZ370 (16:9 aspect ratio)
Projection size Projection distance
[diagonal]
Min [wide]
[m] [in]
1.02 / 40 1.3
1.52 / 60 1.9
2.03 / 80 2.6
2.54 / 100 3.2 (10.6)
3.05 / 120 3.9 (12.8)
3.81 / 150 4.9 (16.0)
:
5.08 / 200 6.5 (21.4)
7.62 / 300 9.8 (32.2)
PT-RW330 (16:10 aspect ratio)
Projection size Projection distance
[diagonal]
Min [wide]
[m] [in]
1.02 / 40 1.3
1.52 / 60 2.0
2.03 / 80 2.6
2.54 / 100 3.3 (10.9)
3.05 / 120 4.0 (13.1)
3.81 / 150 5.0 (16.4)
5.08 / 200 6.7 (21.9)
7.62 / 300 10.0 (32.9)
PT-RW330 (16:9 aspect ratio)
Projection size Projection distance
[diagonal]
Min [wide]
[m] [in]
1.02 / 40 1.3
1.52 / 60 2.0
2.03 / 80 2.7
2.54 / 100 3.4 (11.2)
3.05 / 120 4.1 (13.5)
3.81 / 150 5.1 (16.9)
5.08 / 200 6.9 (22.5)
7.62 / 300 10.3 (33.9)
4
used functions can be assigned to the Function
buttons for instant recall.
Eco Management Functions
A number of functions are provided to reduce
power consumption. You can easily set the Eco
Management functions according to operating
conditions by using the "ECO" button on the
remote control.
Selectable light source modes:
: Prioritizes brightness.
NORMAL
Reduces power consumption by approximately
20% on average while leaving brightness
almost unchanged.
ECO SAVE 2
brightness reduction while reducing power
consumption by approximately 30% on aver-
age. : Prioritizes low power consumption.
LOW
Adjusts the brightness according to ambient
light conditions, and reduces the light source
power.
Reduces the light source power when there is
no signal input or the projector is in AV
Mute mode.
Height from the edge of screen
to center of lens
Max [telephoto]
(4.1) 2.6 (8.5) -0.12 − 0.49
(6.3) 3.9 (12.8) -0.17 − 0.73
(8.5) 5.2 (17.1) -0.23 − 0.98
− 1.22
6.5 (21.4) -0.29
7.8 (25.7) -0.34 − 1.46
9.8 (32.1) -0.43 − 1.83
13.1 (42.9) -0.57 − 2.44
19.6 (64.4) -0.86 − 3.66
Height from the edge of screen
to center of lens
Max [telephoto]
(8.7) -0.10 − 0.52
(4.2) 2.6
(6.4) 4.0 (13.1) -0.15 − 0.78
(8.6) 5.3 (17.5) -0.21 − 1.03
6.7 (21.8) -0.26 − 1.29
8.0 (26.2) -0.31 − 1.55
(32.8) -0.38 − 1.94
10.0
13.4 (43.8) -0.51 − 2.59
20.1 (65.8) -0.77 − 3.88
Height from the edge of screen
to center of lens
Max [telephoto]
(4.4) 2.7 (8.9) -0.05 − 0.48
(6.6) 4.1 (13.4) -0.08 − 0.71
(17.9) -0.10 − 0.95
(8.9) 5.5
6.8 (22.4) -0.13 − 1.19
8.2 (27.0) -0.15 − 1.43
10.3 (33.7) -0.19 − 1.79
13.7 (45.0) -0.25 − 2.38
(67.6) -0.37 − 3.57
20.6
:
ECO SAVE 1
: Minimizes
(-0.4 − 1.6)
(-0.6 − 2.4)
(-0.8 − 3.2)
(-0.9 − 4.0)
(-1.1 − 4.8)
(-1.4 − 6.0)
(-1.9 − 8.0)
(-2.8 − 12.0)
(-0.3 − 1.7)
(-0.5 − 2.5)
(-0.7 − 3.4)
(-0.8 − 4.2)
(-1.0 − 5.1)
(-1.3 − 6.4)
(-1.7 − 8.5)
(-2.5 − 12.7)
(-0.2 − 1.6)
(-0.2 − 2.3)
(-0.3 − 3.1)
(-0.4 − 3.9)
(-0.5 − 4.7)
(-0.6 − 5.9)
(-0.8 − 7.8)
(-1.2 − 11.7)